Patent information
IP India · live recordAbstract
A fuel injection pump housing (100), is provided. The pump housing (100) includes a spring chamber (102) located at the bottom portion of the fuel injection pump housing (100). Further, the system (100) includes a cam room chamber (104) located near the camshaft of the pump housing (100). Furthermore, the system (100) includes a compensation bore (106) adapted to connect the spring chamber (102) to cam room chamber (104) during compression of the spring chamber (102). The pump housing (100) includes a temperature sensor (108) fitted at middle of said compensation bore (106), adapted to transmit the fuel temperature signals over a wireless network.
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2Claims
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Claims:1. A fuel injection pump housing (100) comprising : a spring chamber (102) located at the bottom portion of the fuel injection pump housing (100); a cam room chamber (104) located near the camshaft of the pump housing (100); a compensation bore (106) adapted to connect the spring chamber (102) to cam room chamber (104) during compression of the spring chamber (102) characterized in that: - a temperature sensor (108) fitted at middle of said compensation bore (106), adapted to transmit the fuel temperature signals over a wireless network. 2. The fuel injection pump housing (100) as claimed in claim 1, wherein said temperature sensor (108) is connected with a wireless module (200) adapted to transmit the measured temperature signals to a cloud platform over a communication network. 3. The fuel injection pump housing (100) as claimed in claim 2, wherein the wireless module (200) includes a Bluetooth module. 4. The fuel injection pump housing (100) as claimed in claim 1, wherein the temperature sensor (108) is battery operated. , Description:A fuel injection pump housing (100), is provided. The pump housing (100) includes a spring chamber (102) located at the bottom portion of the fuel injection pump housing (100). Further, the system (100) includes a cam room chamber (104) located near the camshaft of the pump housing (100). Furthermore, the system (100) includes a compensation bore (106) adapted to connect the spring chamber (102) to cam room chamber (104) during compression of the spring chamber (102). The pump housing (100) includes a temperature sensor (108) fitted at middle of said compensation bore (106), adapted to transmit the fuel temperature signals over a wireless network.